Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Eine Plattform für die Wissenschaft: Bauingenieurwesen, Architektur und Urbanistik
Grouting module between steel column and foundation
The grouting module between the steel column and the foundation comprises a formwork adjusting assembly, a sliding block assembly and an L-shaped outer frame, the formwork adjusting assembly comprises a formwork and a telescopic adjusting mechanism, sliding grooves are formed in the two vertical side walls of the L-shaped outer frame correspondingly, and the sliding block assembly is arranged on the two vertical side walls of the L-shaped outer frame in a sleeved mode; the connecting bases of the two L-shaped outer frames are matched and butted and then fixed into a whole through connecting bolts to form a rectangular structure, the telescopic adjusting mechanism is connected between the formworks and the corresponding sliding block assemblies, and the formworks located in the rectangular structure are butted end to end to form a rectangular shape. All the motors are controlled to rotate to ensure that all the formworks are in an end-to-end connection state, the root of a steel column and a concrete foundation can be rapidly assembled to form a surrounding mold to achieve accurate adjustment and accurate grouting construction, operation is easy, the construction efficiency is high, the grouting width can be accurately controlled at any time, and the construction efficiency is high. And the device is suitable for grouting construction between square steel columns or round steel columns with different widths or diameters and foundations.
本发明公开了一种钢柱与基础间的灌浆模组，包括模板调节组件、滑块组件和L型外架，模板调节组件包括模板和伸缩调节机构，L型外架的两个垂直侧壁上分别开有滑槽并套装有滑块组件，两个L形外架的连接座匹配对接后通过连接螺栓固定为一体组合为矩形结构，伸缩调节机构连接于各模板与相应滑块组件之间，位于矩形结构内的各模板首尾对接组成矩形形状。本发明通过控制各电机转动确保各模板处于首尾相接状态，能够实现在钢柱根部与混凝土基础之间快速组装形成围绕模具实现精准调节及进准灌浆施工，操作简单，施工效率高，灌浆宽度能够随时进行精准控制，且适用于不同宽度或直径的方钢柱或圆钢柱与基础间的灌浆施工。
Grouting module between steel column and foundation
The grouting module between the steel column and the foundation comprises a formwork adjusting assembly, a sliding block assembly and an L-shaped outer frame, the formwork adjusting assembly comprises a formwork and a telescopic adjusting mechanism, sliding grooves are formed in the two vertical side walls of the L-shaped outer frame correspondingly, and the sliding block assembly is arranged on the two vertical side walls of the L-shaped outer frame in a sleeved mode; the connecting bases of the two L-shaped outer frames are matched and butted and then fixed into a whole through connecting bolts to form a rectangular structure, the telescopic adjusting mechanism is connected between the formworks and the corresponding sliding block assemblies, and the formworks located in the rectangular structure are butted end to end to form a rectangular shape. All the motors are controlled to rotate to ensure that all the formworks are in an end-to-end connection state, the root of a steel column and a concrete foundation can be rapidly assembled to form a surrounding mold to achieve accurate adjustment and accurate grouting construction, operation is easy, the construction efficiency is high, the grouting width can be accurately controlled at any time, and the construction efficiency is high. And the device is suitable for grouting construction between square steel columns or round steel columns with different widths or diameters and foundations.
本发明公开了一种钢柱与基础间的灌浆模组，包括模板调节组件、滑块组件和L型外架，模板调节组件包括模板和伸缩调节机构，L型外架的两个垂直侧壁上分别开有滑槽并套装有滑块组件，两个L形外架的连接座匹配对接后通过连接螺栓固定为一体组合为矩形结构，伸缩调节机构连接于各模板与相应滑块组件之间，位于矩形结构内的各模板首尾对接组成矩形形状。本发明通过控制各电机转动确保各模板处于首尾相接状态，能够实现在钢柱根部与混凝土基础之间快速组装形成围绕模具实现精准调节及进准灌浆施工，操作简单，施工效率高，灌浆宽度能够随时进行精准控制，且适用于不同宽度或直径的方钢柱或圆钢柱与基础间的灌浆施工。
Grouting module between steel column and foundation
一种钢柱与基础间的灌浆模组
LI HAIYANG (Autor:in) / XIANG YULI (Autor:in) / TIAN XINGYU (Autor:in) / FAN CHENYANG (Autor:in) / DI YANGYANG (Autor:in) / FU JIAQI (Autor:in)
09.05.2023
Patent
Elektronische Ressource
Chinesisch
Foundation reinforcing method combining steel pipe column and grouting technology
| Europäisches Patentamt | 2023
| TIBKAT | 2007
| TIBKAT | 1991
| UB Braunschweig | 1991